AndesCore™ 32-bit CPU Cores Ideal for 8-bit CPU Replacement in Embedded Applications
From the original 8008 launched in the late 1970s to the 6502 that powered the early Apple II, to the 8088 that launched the IBM PC, and to the long-lived 8051 that powers many microcontrollers to this day, the 8-bit processor has had a long run. However, today's embedded applications are demanding more powerful 32-bit processors to handle a multitude of new computing, communications, and security requirements over long periods of time without battery recharge or energy harvesting. Examples include electronic shelf labels, smoke and CO2 detectors, lab on a chip, intrusion detection, keyless entry, and many more.
Only one 32-bit CPU architecture, the AndesCore™ series of high performance 32-bit CPU cores, among many, offers the silicon footprint of an 8-bit CPU, computation power, and energy efficiency to meet the need of these embedded applications. Each AndesCore CPU implements th

AndesCore系列32位CPU核心因其高效的性能、小巧的硅片面积和出色的能源效率,成为嵌入式应用中8位CPU的理想替代品。这些核心采用AndeStar V3指令集架构,提供如PowerBrake等电源管理功能,以适应各种低功耗场景。此外,AndesCore的CoDense技术与优化编译器相结合,实现行业领先的紧凑代码大小,降低整体芯片成本。AndesCore N705还具备FlashFetch功能,提高从闪存加载指令的速度,并提供硬件级别的安全特性,保护系统免受攻击。
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